SPLIT-TYPE ROOM AIR CONDITIONER

INSTALLATION MANUALThis manual only describes the installation of the indoor unit.

When installing the outdoor unit, refer to the installation manual of outdoor unit.

#700807 • #700808

PRO | MINI-SPLITI N D O O R | W A L L M O U N T

READ THIS MANUAL

CONGRATULATIONS...

Please read through these instructions before you start the installation process. Improper installation can cause damage to the unit, your personal property, and also poses a personal safety hazard.

on your purchase of Ideal Air’s Pro | Mini-Split, indoor, wall mount unit. We’re proud to offer this product and believe it’s the very best in its class.

2

SAFETY PRECAUTIONS ..................................................................................................................3

ACCESSORIES ...................................................................................................................................5

INSTALLATION SUMMARY - INDOOR UNIT ............................................................................6

UNIT PARTS .......................................................................................................................................8

INDOOR UNIT INSTALLATION .....................................................................................................9

OUTDOOR UNIT INSTALLATION ................................................................................................17

REFRIGERANT PIPING CONNECTION ......................................................................................21

AIR EVACUATION ..........................................................................................................................23

ELECTRICAL AND GAS LEAK CHECKS ...................................................................................25

TEST RUN .........................................................................................................................................25

DISPOSAL GUIDELINES ...............................................................................................................26

GLOSSARY OF TERMS .................................................................................................................27

CONTENTS

3

SAFETY PRECAUTIONSREAD SAFETY PRECAUTIONS BEFORE INSTALLATION:Incorrect installation due to ignoring instructions can cause serious damage or injury.The seriousness of potential damage or injuries is classified as either a WARNING or CAUTION.

WARNING

• DO NOT modify the length of the power supply cord or use an extension cord to power the unit.• DO NOT share the electrical outlet with other appliances. Improper or insufficient power supply can cause fire or electrical shock.• When connecting refrigerant piping, DO NOT let substances or gases other than the specified refrigerant enter the unit. The presence of other gases or substances will lower the unit’s capacity, and can cause abnormally high pressure in the refrigeration cycle. This can cause explosion and injury.• DO NOT allow children to play with the air conditioner. Children must be supervised around the unit at all times.• Installation must be performed by a certified service technician. Defective installation can cause water leakage, electrical shock, or fire.• Installation must be performed according to the installation instructions. Improper installation can cause water leakage, electrical shock, or fire. (In North America, installation must be performed in accordance with the requirement of NEC and CEC by authorized personnel only.)• Contact an authorized service technician for repair or maintenance of this unit.• Only use the included accessories, parts, and specified parts for installation. Using non-standard parts can cause water leakage, electrical shock, fire, and can cause the unit to fail.• Install the unit in a firm location that can support the unit’s weight. If the chosen location cannot support the unit’s weight, or the installation is not done properly, the unit may drop and cause serious injury and damage.• For all electrical work, follow all local and national wiring standards, regulations, and the Installation Manual. You must use an independent circuit and single outlet to supply power. DO NOT connect other appliances to the same outlet. Insufficient electrical capacity or defects in electrical work can cause electrical shock or fire.• For all electrical work, use the specified cables. Connect cables tightly, and clamp them securely to prevent external forces from damaging the terminal. Improper electrical connections can overheat and cause fire, and may also cause shock.• All wiring must be properly arranged to ensure that the control board cover can close properly. If the control board cover is not closed properly, it can lead to corrosion and cause the connection points on the terminal to heat up, catch fire, or cause electrical shock.• In certain functional environments, such as kitchens, server rooms, etc., the use of specially designed air-conditioning units is highly recommended.• If the supply cord is damaged, it must be replaced by a certified service technician or similarly qualified persons in order to avoid a hazard.

This symbol indicates that ignoring instructions may cause damage to your unit, or other property, serious injury or death.

This symbol indicates that ignoring instructions may cause moderate injury to you, or damage to your unit or other property.

WARNING CAUTION

4

• DO NOT install the unit in a location that may be exposed to combustible gas leaks. If combustible gas accumulates around the unit, it may cause fire.• The product must be properly grounded at the time of installation, or electrical shock may occur.• Install drainage piping according to the instructions in this manual. Improper drainage may cause water damage to your home and property.

CAUTION

NOTE: ABOUT FLUORINATED GASES• This air-conditioning unit contains fluorinated gases. For specific information on the type of gas and the amount, please refer to the relevant label on the unit itself.• Installation, service, maintenance and repair of this unit must be performed by a certified technician.• Product uninstallation and recycling must be performed by a certified technician.• If the system has a leak-detection system installed, it must be checked for leaks at least every 12 months.• When the unit is checked for leaks, proper record-keeping of all checks is strongly recommended.

5

ACCESSORIESThe air conditioning system comes with the following accessories. Use all of the installation parts andaccessories to install the air conditioner. Improper installation may result in water leakage, electricalshock and fire, or equipment failure.

Name Shape Quantity

1

1

1

Clip anchor

Mounting plate fixing screw ST3.9 X 25

Remote control

Fixing screw for remote control holder ST2.9 x 10

Remote control holder

Dry battery AAA.LR03

Seal

Drain joint

Mounting plate

5

5

2

1

Optional Parts

2

1

1

User manual

Installation manual

Line sets sold separately

Connecting pipe assembly

Liquidside

Gas side

6.35 (1/4 “)

9.52 (3/8”)

9.52 (3/8”)

12.7 (1/2”)

16 (5/8”)

19 (3/4”)

6

Select Installation Location (Page 9)

And Drill Wall Hole(Page 10)

1

Attach Mounting Plate(Page 10)

2

Prepare Refrigerant Piping(Page 12)

4

3b

12cm (4.75”)

2.3m (90.55”)

12cm (4.75”)

15cm (5.9”)

Determine Wall Hole Position... (Page 10)

3a

INSTALLATION SUMMARY:INDOOR UNIT

7

Mount Indoor Unit(Page 16)

STEP 8

Wrap Piping and Cable (Page 15)

1 2 3

Connect Drain Hose(Page 13)

Connect Signal Cable(Page 14)

5 6

7

8

8

Wall Mounting Plate

RefrigerantPiping

SignalCable

DrainagePipe

Louver

Front Panel

Outdoor UnitPower Cable(Some Units)

Remote Holder Remote Control(Some Units)

UNIT PARTS

NOTE: ON ILLUSTRATIONSIllustrations in this manual are for explanatory purposes. The actual shape of your indoor unit may be slightly different. The actual shape shall prevail.

FIG. 2.1

9

INDOOR UNIT INSTALLATION

PRIOR TO INSTALLATIONBefore installing the indoor unit, refer to thelabel on the product box to make sure that themodel number of the indoor unit matches themodel number of the outdoor unit.

STEP 1: SELECT INSTALLATION LOCATIONBefore installing the indoor unit, you must choose an appropriate location. The following are standards that will help you choose an appropriate location for the unit.

PROPER INSTALLATION LOCATIONS MEET THE FOLLOWING STANDARDS:• Good air circulation.• Convenient drainage.• Noise from the unit will not disturb other people.• Firm and solid—the location will not vibrate.• Strong enough to support the weight of the unit.• A location at least 1m/40" from all other electrical devices (e.g., TV, radio, computer).

DO NOT INSTALL UNIT IN THE FOLLOWING LOCATIONS:• Near any source of heat, steam, or combustible gas.• Near flammable items such as curtains or clothing.• Near any obstacle that might block air circulation.• Near the doorway.• In a location subject to direct sunlight.

INSTALLATION INSTRUCTIONS – INDOOR UNIT

NOTE: ABOUT WALL HOLEIf there is no fixed refrigerant piping, while choosing a location, be aware that youshould leave ample room for a wall hole (see Drill wall hole for connective piping step) for the signal cable and refrigerant piping that connect the indoor and outdoor units. The default position for all piping is the right side of the indoor unit (while facing the unit). However, the unit can accommodate piping to both the left and right.

bk

12cm/4.75”or more

2.3m/90.55” or more

12cm/4.75”or more

15cm/5.9” or more

STEP 2: ATTACH MOUNTING PLATE TO WALLThe mounting plate is the device on which youwill mount the indoor unit.• Remove the screw that attaches the mounting plate to the back of the indoor unit.• Place the mounting plate against the wall in a location that meets the standards in the Select Installation Location step. (See Mounting Plate Dimensions for detailed information on mounting plate sizes.)• Drill holes for mounting screws in places that: a) Have studs and can support the weight of the unit. b) Correspond to screw holes in the mounting plate.• Secure the mounting plate to the wall with the screws provided.• Make sure unit is level.

STEP 3: DRILL WALL HOLE FOR CONNECTIVE PIPINGYou must drill a hole in the wall for refrigerantpiping, the drainage pipe, and the signal cablethat will connect the indoor and outdoor units.• Determine the location of the wall hole based on the position of the mounting plate. Refer to Mounting Plate Dimensions on the next page to help you determine the optimal position. The wall hole should have a 65mm/2.5" diameter at least, and at a slightly lower angle to facilitate drainage.• Using a 65-mm/2.5" core drill, drill a hole in the wall. Make sure that the hole is drilled at a slight downward angle, so that the outdoor end of the hole is lower than the indoor end by about 5mm-7mm/0.2-0.275". This will ensure proper water drainage. (See FIG. 3.2)• Place the protective wall cuff in the hole. This

protects the edges of the hole and will help seal it when you finish the installation process.

When drilling the wall hole, make sure to avoid wires, plumbing, and other sensitive components.

MOUNTING PLATE DIMENSIONSDifferent models have different mounting plates. In order to ensure that you have ample room to mount the indoor unit, the diagrams to the right show different types of mounting plates along with the following dimensions:• Width of mounting plate.• Height of mounting plate.• Width of indoor unit relative to plate.• Height of indoor unit relative to plate.• Recommended position of wall hole (both to the left and right of mounting plate).• Relative distances between screw holes.

REFER TO THE FOLLOWING DIAGRAM TO ENSURE PROPER DISTANCE FROM WALLS AND CEILING:

CAUTION

FIG. 3.1

NOTE: FOR CONCRETE OR BRICK WALLS

If the wall is made of brick, concrete, or similar material, drill 5mm-diameter (0.2" diameter) holes in the wall and insert the sleeve anchors provided. Then secure the mounting plate to the wall by tightening the screws directly into the clip anchors.

WallIndoor Outdoor

mm

7-5 (0

.2-0

.3”)

FIG. 3.2

bl

192mm/7.55”232mm/9.15”

426mm/16.8”

128mm/5.05”

43m

m/1

.7”

297m

m /1

1.7”

Left rear wall hole 65mm/2.5”

Right rear wall hole 65mm/2.5”

802mm/31.6” 43m

m/1

.7”

43m

m/1

.7”

Ind

oo

r u

nit

ou

tlin

e101mm/4”

179mm/7.05”

136mm/5.35”37

mm

/1.4

5”

290m

m/1

1.4”

49m

m/1

.95”

Right rear wall hole 65mm/2.5”

722mm/28.45”

49m

m/1

.95”

348.4mm/13.7”

Ind

oo

r u

nit

ou

tlin

e

144mm/5.65”

58m

m/2

.3”

319m

m/1

2.55

”

57m

m/2

.25”

40m

m/1

.55”

Right rear wall hole 65mm/2.5”Model C

965mm/38”

138mm/5.45”

34mm/1.35”/

517.4mm/20.37”

Ind

oo

r u

nit

ou

tlin

e

Left rear wall hole 65mm/2.5”

219mm/8.6”

553mm/21.77”

300mm/11.8in

335m

m/1

3.2”

Right rear wall hole 65mm/2.5”

Model D

1080mm/42.5”

53.5

mm

/2.1

”

47m

m/1

.85”

76mm/3” 53.5

mm

/2.1

”

47mm/1.85”

148.7mm/5.85”

151mm/5.95”174.3mm/6.85”In

do

or

un

it o

utl

ine

Left rear wall hole65mm/2.5”

172mm/6.8”

362m

m/1

4.25

”

Right rear wall hole 65mm/2.5”

Model E

1259mm/49.55”

52mm/2.05”

389mm/15.3”332mm/13.05”

257mm/10.1”

643.6mm/25.3”

52m

m/2

.05”

Ind

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r u

nit

ou

tlin

e

CORRECT ORIENTATION OF MOUNTING PLATE

STEP 4: PREPARE REFRIGERANT PIPINGThe refrigerant piping is inside an insulatingsleeve attached to the back of the unit. You mustprepare the piping before passing it through thehole in the wall. Refer to the Refrigerant PipingConnection section of this manual for detailedinstructions on pipe flaring and flare torquerequirements, technique, etc.• Based on the position of the wall hole relative to the mounting plate, choose the side from which the piping will exit the unit.• If the wall hole is behind the unit, keep the knock-out panel in place. If the wall hole is to the side of the indoor unit, remove the plastic knock-out panel from that side of the unit. (See FIG. 3.3). This will create a slot through which your piping can exit the unit. Use needle nose pliers if the plastic panel is too difficult to remove by hand.

BE EXTREMELY CAREFUL NOT TO DENT OR DAMAGE THE PIPING WHILE BENDING THEM AWAY FROM THE UNIT. ANY DENTS IN THE PIPING WILL AFFECT THE UNIT’S PERFORMANCE.

• Use scissors to cut down the length of the insulating sleeve to reveal about 15cm/6" of the refrigerant piping. This serves two purposes: a) To facilitate the Refrigerant Piping Connection process. b) To facilitate gas leak checks and enable you to check for dents.• If existing connective piping is already embedded in the wall, proceed directly to the Connect Drain Hose step. If there is no embedded piping, connect the indoor unit’s refrigerant piping to the connective piping that will join the indoor and outdoor units. Refer to the Refrigerant Piping Connection section of this manual for detailed instructions.• Based on the position of the wall hole relative to the mounting plate, determine the necessary angle of your piping.• Grip the refrigerant piping at the base of the bend.• Slowly, with even pressure, bend the piping towards the hole. DO NOT dent or damage the piping during the process.

NOTE: ON PIPING ANGLERefrigerant piping can exit the indoor unit from four different angles:• Left-hand side• Left rear• Right-hand side• Right rearRefer to FIG. 3.4 for details.

CAUTION

Knock-outPanel

FIG. 3.4

FIG. 3.3

bm

STEP 5: CONNECT DRAIN HOSEBy default, the drain hose is attached to the left hand side of unit (when you’re facing the backof the unit). However, it can also be attached to the right-hand side.• To ensure proper drainage, attach the drain hose on the same side that your refrigerant piping exits the unit.• Attach drain hose extension (purchased separately) to the end of drain hose.• Wrap the connection point firmly with Teflon tape to ensure a good seal and to prevent leaks.• For the portion of the drain hose that will remain indoors, wrap it with foam pipe insulation to prevent condensation.• Remove the air filter and pour a small amount of water into the drain pan to make sure that water flows from the unit smoothly.

PLUG THE UNUSED DRAIN HOLETo prevent unwanted leaks you must plug the unused drain hole with the rubber plug provided.

FIG. 3.5

CORRECT Make sure there are no kinks or dent in drain hose to ensure proper

drainage.

FIG. 3.6

NOT CORRECTKinks in the drain hose will create water traps.

FIG. 3.7

NOT CORRECTKinks in the drain hose will create water traps.

FIG. 3.8

NOT CORRECT

Do not place the end of the drain hose in

water or in containers that collect water. This

will prevent proper drainage.

NOTE: ON DRAIN HOLE PLACEMENTMake sure to arrange the drain hose according to FIG. 3.5.• DO NOT kink the drain hose.• DO NOT create a water trap.• DO NOT put the end of drain hose in water or a container that will collect water.

CAUTION

bn

BEFORE PERFORMING ELECTRICAL WORK, READ THESE REGULATIONS• All wiring must comply with local and national electrical codes, and must be installed by a licensed electrician.• All electrical connections must be made according to the Electrical Connection Diagram located on the panels of the indoor and outdoor units.• If there is a serious safety issue with the power supply, stop work immediately. Explain your reasoning to the client, and refuse to install the unit until the safety issue is properly resolved.• Power voltage should be within 90-100% of rated voltage. Insufficient power supply can cause malfunction, electrical shock, or fire.• If connecting power to fixed wiring, install a surge protector (Ideal-AirTM 700522) and main power switch with a capacity of 1.5 times the maximum current of the unit.• If connecting power to fixed wiring, a switch or circuit breaker that disconnects all poles and has a contact separation of at least 3mm/.125" must be incorporated in the fixed wiring. The qualified technician must use an approved circuit breaker or switch.• Only connect the unit to an individual branch circuit outlet. DO NOT connect another appliance to that outlet.• Make sure to properly ground the air conditioner.• Every wire must be firmly connected. Loose wiring can cause the terminal to overheat, resulting in product malfunction and possible fire.• DO NOT let wires touch or rest against refrigerant tubing, the compressor, or any moving parts within the unit.

STEP 6: CONNECT SIGNAL CABLEThe signal cable enables communication between the indoor and outdoor units. You must first choose the right cable size before preparing it for connection.

CHOOSE THE RIGHT CABLE SIZEThe size of the power supply cable, signal cable, fuse, and switch needed is determined by the maximum current of the unit. The maximum current is indicated on the nameplate located on the side panel of the unit. Refer tothis nameplate to choose the right cable, fuse or switch.

MINIMUM CROSS-SECTIONAL AREA OF POWER AND SIGNAL CABLES

BEFORE PERFORMING ANY ELECTRICAL OR WIRING WORK, TURN OFF THE MAIN POWER TO THE SYSTEM.

WARNING

CAUTION

North America Appliance Amps (A) AWG

10 18

13 1618 1425 12

30 10

Other RegionsRated Current of

Appliance (A)Nominal Cross-Sectional

Area (mm²)/in2

> 3 and ≤ 6 0.75/.03”

> 6 and ≤ 10 1/.28”

> 10 and ≤ 16 1.5/.06”

> 16 and ≤ 25 2.5/.10”

> 25 and ≤ 32 4/.16”

> 32 and ≤ 40 6/.24”

bo

TAKE NOTE OF SPECIFICATIONS• Using wire strippers, strip the rubber jacket from both ends of signal cable to reveal about 40mm/1.57" of the wires inside.• Strip the insulation from the ends of the wires.• Using wire crimper, crimp u-type lugs on the ends of the wires.

PAY ATTENTION TO LIVE WIREWhile crimping wires, make sure you clearlydistinguish the Live (“L”) Wire from other wires.• Open front panel of the indoor unit.• Using a screwdriver, open the wire box cover on the right side of the unit. This will reveal the terminal block.

ALL WIRING MUST BE PERFORMED STRICTLY IN ACCORDANCE WITH THE WIRING DIAGRAM LOCATED ON THE INSIDE OF THE INDOOR UNIT’S WIRE COVER.• Unscrew the cable clamp below the terminal block and place it to the side.• Facing the back of the unit, remove the plastic panel on the bottom left-hand side.• Feed the signal wire through this slot, from the back of the unit to the front.• Facing the front of the unit, match the wire colors with the labels on the terminal block, connect the u-lug and firmly screw each wire to its corresponding terminal.

DO NOT MIX UP LIVE AND NULL WIRESThis is dangerous, and can cause the air conditioning unit to malfunction.• After checking to make sure every connection is secure, use the cable clamp to fasten the signal cable to the unit. Screw the cable clamp down tightly.• Replace the wire cover on the front of the unit, and the plastic panel on the back.

STEP 7: WRAP PIPING AND CABLESBefore passing the piping, drain hose, and thesignal cable through the wall hole, you mustbundle them together to save space, protectthem, and insulate them.• Bundle the drain hose, refrigerant pipes, and signal cable according to FIG. 3.10.

DRAIN HOSE MUST BE ON BOTTOMMake sure that the drain hose is at the bottom of the bundle. Putting the drain hose at the top of the bundle can cause the drain pan to overflow, which can lead to fire or water damage.

DO NOT INTERTWINE SIGNAL CABLE WITH OTHER WIRESWhile bundling these items together, DO NOT intertwine or cross the signal cable with any other wiring.• Using adhesive vinyl tape, attach the drain hose to the underside of the refrigerant pipes.• Using insulation tape, wrap the signal wire, refrigerant pipes, and drain hose tightly together. Double-check that all items are bundled in accordance with FIG. 3.10.

DO NOT WRAP ENDS OF PIPINGWhen wrapping the bundle, keep the ends of the piping unwrapped. You need to access them to test for leaks at the end of the installation process (refer to Electrical Checks and Leak Checks section of this manual).

Indoor Unit

Spacebehind unit

Refrigerantpiping

Drain hoseSignal wire

Insulationtape

WARNING

CAUTION

NOTE: ABOUT WIRINGThe wiring connection process may differ slightly between units.

FIG. 3.10

Terminal blockWire cover

ScrewCable clamp

The Wiring Diagram is located on the inside of the indoor unit’s

wire cover.

FIG. 3.9

bp

STEP 8: MOUNT INDOOR UNITIf you installed new connective piping to the outdoor unit, do the following:• If you have already passed the refrigerant piping through the hole in the wall.• Otherwise, double-check that the ends of the refrigerant pipes are sealed to prevent dirt or foreign materials from entering the pipes.• Slowly pass the wrapped bundle of refrigerant pipes, drain hose, and signal wire through the hole in the wall.• Hook the top of the indoor unit on the upper hook of the mounting plate (Refer to FIG. 3.11).• Check that unit is hooked firmly on mounting by applying slight pressure to the left and right-hand sides of the unit. The unit should not jiggle or shift.• Using even pressure, push down on the bottom half of the unit. Keep pushing down until the unit snaps onto the hooks along the bottom of the mounting plate.• Again, check that the unit is firmly mounted by applying slight pressure to the left and the right-hand sides of the unit.

If refrigerant piping is already embedded in the wall, do the following:• Hook the top of the indoor unit on the upper hook of the mounting plate.• Use a bracket or wedge to prop up the unit, giving you enough room to connect the refrigerant piping, signal cable, and drain hose (Refer to FIG. 3.11 for an example).

• Connect drain hose and refrigerant piping (refer to Refrigerant Piping Connection section of this manual for instructions).• Keep pipe connection point exposed to perform the leak test (refer to Electrical Checks and Leak Checks section of this manual).• After the leak test, wrap the connection point with insulation tape.• Remove the bracket or wedge that is propping up the unit.• Using even pressure, push down on the bottom half of the unit. Keep pushing down until the unit snaps onto the hooks along the bottom of the mounting plate.

UNIT IS ADJUSTABLEKeep in mind that the hooks on the mounting plate are smaller than the holes on the back of the unit. If you find that you don’t have ample room to connect embedded pipes to the indoor unit, the unit can be adjusted left or right by about 30-50mm/1.25-1.95", depending on the model. (See FIG. 3.12).

Move to left or right

30-50mm/1.2-1.95”

30-50mm/1.2-1.95”

FIG. 3.12

FIG. 3.11

bq

OUTDOOR UNIT INSTALLATIONSTEP 1: SELECT INSTALLATION LOCATIONBefore installing the outdoor unit, you mustchoose an appropriate location. The followingare standards that will help you choose anappropriate location for the unit.

PROPER INSTALLATION LOCATIONS MEET THE FOLLOWING STANDARDS:• Meets all spatial requirements shown in Installation Space Requirements (FIG. 4.1).• Good air circulation and ventilation.• Firm and solid—the location can support the unit and will not vibrate.• Noise from the unit will not disturb others.• Protected from prolonged periods of direct sunlight or rain.• Make sure your unit is level.

DO NOT install unit in the following locations:• Near an obstacle that will block air inlets and outlets.• Near a public street, crowded areas, or where noise from the unit will disturb others.• Near animals or plants that will be harmed by hot air discharge.• Near any source of combustible gas.• In a location that is exposed to large amounts of dust.• In a location exposed to a excessive amounts of salty air.

SPECIAL CONSIDERATIONS FOR EXTREMEWEATHER - IF THE UNIT IS EXPOSED TO HEAVY WIND:Install unit so that air outlet fan is at a 90° angle to the direction of the wind. If needed, build a barrier in front of the unit to protect it from extremely heavy winds. See FIG. 4.2 and FIG. 4.3 above.

INSTALLATION INSTRUCTIONS – OUTDOOR UNIT

IF THE UNIT IS FREQUENTLY EXPOSED TO HEAVY RAIN OR SNOW: Build a shelter above the unit it to protect it from the rain or snow. Be careful not to obstruct air flow around the unit.

IF THE UNIT IS FREQUENTLY EXPOSED TO SALTY AIR (SEASIDE):Use outdoor unit that is specially designed toresist corrosion.

STEP 2: INSTALL DRAIN JOINTHeat pump units require a drain joint. Beforebolting the outdoor unit in place, you must installthe drain joint at the bottom of the unit. Notethat there are two different types of drain jointsdepending on the type of outdoor unit.

If the drain joint comes with a rubber seal(see FIG. 4.4 - A), do the following:• Fit the rubber seal on the end of the drain joint that will connect to the outdoor unit.• Insert the drain joint into the hole in the base pan of the unit.• Rotate the drain joint 90° until it clicks in place facing the front of the unit.• Connect a drain hose extension (not included) to the drain joint to redirect water from the unit during heating mode.

evoba /24” mc06

60cm/24”on right

30cm/12”on left

200cm/79”in front

30cm/12”from back

wall

Strong wind

Strong wind

Strong wind

Wind baffle

FIG. 4.2

FIG. 4.3

FIG. 4.1

br

If the drain joint doesn’t come with a rubber seal (see FIG. 4.4 - B), do the following:• Insert the drain joint into the hole in the base pan of the unit. The drain joint will click in place.• Connect a drain hose extension (not included) to the drain joint to redirect water from the unit during heating mode.

IN COLD CLIMATESIn cold climates, make sure that the drain hose is as vertical as possible to ensure swift water drainage. If water drains too slowly, it can freeze in the hose and flood the unit.

STEP 3: ANCHOR OUTDOOR UNITThe outdoor unit can be anchored to the ground or to a wall-mounted bracket.

UNIT MOUNTING DIMENSIONSThe following is a list of different outdoor unit sizes and the distance between their mounting feet.Prepare the installation base of the unit according to the dimensions below.

FIG. 4.4

WARNING

W

A

BD

Air inlet

Air outlet

Air inlet

Outdoor Unit Dimensions (mm/in)

W x H x D

Mounting Dimensions

Distance A (mm/in) Distance B (mm/in)

681x434x285 (26.8”x17”x11.2”) 460 (18.10”) 292 (11.49”)

700x550x270 (27.5”x21.6”x10.62”) 450 (17.7”) 260 (10.24”)

780x540x250 (30.7”x21.25”x9.85”) 549 (21.6”) 276 (10.85”)

845x700x320 (33.25”x27.5”x12.6”) 560 (22”) 335 (13.2”)

810x558x310 (31.9”x22”x12.2”) 549 (21.6”) 325 (12.8”)

900x860x315 (35.4”x33.85”x12.4”) 590 (23.2”) 333 (13.1”)

945x810x395 (37.2”x31.9”x15.55”) 640 (25.2”) 405 (15.95”)

946x810x420 (37.21”x31.9”x16.53”) 673 (26.5”) 403 (15.87”)

946x810x410 (37.21”x31.9”x16.14”) 673 (26.5”) 403 (15.87”)

845x702x363 (33.25”x27.63”x14.29”) 540 (21.26”) 350 (13.8”)

700x550x275 (27.5”x21.6”x10.82”) 450 (17.7”) 260 (10.24”)

770x555x300 (30.3”x21.85”x11.81”) 487 (19.2”) 298 (11.73”)

800x554x333 (31.5”x21.8”x13.1”) 514 (20.24”) 340 (13.39”)

FIG. 4.5

bs

IF YOU WILL INSTALL THE UNIT ON THE GROUND OR ON A CONCRETE MOUNTING PLATFORM, DO THE FOLLOWING:• Mark the positions for four expansion bolts based on dimensions in the Unit Mounting Dimensions chart.• Pre-drill holes for expansion bolts.• Clean concrete dust away from holes.• Place a nut on the end of each expansion bolt.• Hammer expansion bolts into the pre-drilled holes.• Remove the nuts from expansion bolts, and place outdoor unit on bolts.• Put washer on each expansion bolt, then replace the nuts.• Using a wrench, tighten each nut until snug.• Ensure the unit is level.

STEP 4: CONNECT SIGNAL AND POWER CABLESThe outside unit’s terminal block is protected byan electrical wiring cover on the side of the unit.A comprehensive wiring diagram is printed onthe inside of the wiring cover.

BEFORE PERFORMING ELECTRICAL WORK, READ THESE REGULATIONS• All wiring must comply with local and national electrical codes, and must be installed by a licensed electrician.• All electrical connections must be made according to the Electrical Connection Diagram located on the side panels of the indoor and outdoor units.• If there is a serious safety issue with the power supply, stop work immediately. Explain your reasoning to the client, and refuse to install the unit until the safety issue is properly resolved.• Power voltage should be within 90-100% of rated voltage. Insufficient power supply can cause electrical shock or fire.• If connecting power to fixed wiring, install a surge protector (Ideal-AirTM 700522) and main power switch with a capacity of 1.5 times the maximum current of the unit.• If connecting power to fixed wiring, a switch or circuit breaker that disconnects all poles and has a contact separation of at least 3mm/.125" must be incorporated in the fixed wiring. The qualified technician must use an approved circuit breaker or switch.• Only connect the unit to an individual branch circuit outlet. DO NOT connect another appliance to that outlet.• Make sure to properly ground the air conditioner.• Every wire must be firmly connected. Loose wiring can cause the terminal to overheat, resulting in product malfunction and possible fire.• DO NOT let wires touch or rest against refrigerant tubing, the compressor, or any moving parts within the unit.

Before installing a wall-mounted unit, make sure that the wall is made of solid brick, concrete, or of similarly strong material. The wall must be able to support at least four times the weight of the unit.

• Mark the position of bracket holes based on dimensions in the Unit Mounting Dimensions chart.• Pre-drill the holes for the expansion bolts.• Clean dust and debris away from holes.• Place a washer and nut on the end of each expansion bolt.• Thread expansion bolts through holes in mounting brackets, put mounting brackets in position, and hammer expansion bolts into the wall.• Check that the mounting brackets are level.• Carefully lift unit and place its mounting feet on brackets.• Bolt the unit firmly to the brackets.

TO REDUCE VIBRATIONS OF WALL MOUNTED UNITIf allowed, you can install the wall-mounted unit with rubber gaskets to reduce vibrations and noise.

WHEN DRILLING INTO CONCRETE, EYEPROTECTION IS RECOMMENDED AT ALLTIMES.

IF YOU WILL INSTALL THE UNIT ON A WALL-MOUNTED BRACKET, DO THE FOLLOWING:

WARNING

WARNING

CAUTION

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BEFORE PERFORMING ANY ELECTRICALOR WIRING WORK, TURN OFF THE MAINPOWER TO THE SYSTEM.• Prepare the cable for connection:

MINIMUM CROSS-SECTIONAL AREA OFPOWER AND SIGNAL CABLES

• Using wire strippers, strip the rubber jacket from both ends of cable to reveal about 40mm/1.75" of wire inside.• Strip the insulation from the ends of the wires.• Using a wire crimper, crimp u-lugs on the ends of the wires.

PAY ATTENTION TO LIVE WIREWhile crimping wires, make sure you clearlydistinguish the Live (“L”) Wire from other wires.

ALL WIRING MUST PERFORMED STRICTLYIN ACCORDANCE WITH THE WIRINGDIAGRAM LOCATED INSIDE THE OUT-DOOR UNIT'S WIRE COVER.• Unscrew the electrical wiring cover and remove it.• Unscrew the cable clamp below the terminal block and place it to the side.• Match the wire colors/labels with the labels on the terminal block, and firmly screw the u-lug of each wire to its corresponding terminal.• After checking to make sure every connection is secure, loop the wires around to prevent rain water from flowing into the terminal.• Using the cable clamp, fasten the cable to the unit. Screw the cable clamp down tightly.• Insulate unused wires with PVC electrical tape. Arrange them so that they DO NOT touch any electrical or metal parts.• Replace the wire cover on the side of the unit, and screw it in place.

WARNING

WARNING

North America Appliance Amps (A) AWG

10 18

13 16

18 14

25 12

30 10

Other Regions

Rated Current of Appliance (A)

Nominal Cross-Sectional Area (mm²)/in2

> 3 and ≤ 6 0.75/.03”

> 6 and ≤ 10 1/.04”

> 10 and ≤ 16 1.5/.06”

> 16 and ≤ 25 2.5.10”

> 25 and ≤ 32 4/.16”

> 32 and ≤ 40 6/.24”Cover

Outdoor Unit Wiring Diagram is located on the inside of the

wire cover on the outdoor unit.

FIG. 4.6

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REFRIGERANT PIPING CONNECTION

CONNECTION INSTRUCTIONS –REFRIGERANT PIPING

STEP 1: CUT PIPESWhen preparing refrigerant pipes, take extra careto cut and flare them properly. This will ensureefficient operation and minimize the need forfuture maintenance.• Measure the distance between the indoor and outdoor units.• Using a pipe cutter, cut the pipe a little longer than the measured distance.• Make sure that the pipe is cut at a perfect 90° angle. Refer to FIG. 5.1 for bad cut examples.

NOTE ON PIPE LENGTHThe length of refrigerant piping will affect the performance and energy efficiency of the unit. Nominalefficiency is tested on units with a pipe length of 5m/16.5'. Refer to the table below for specifications on the maximum length and drop height of piping.

MAXIMUM LENGTH AND DROP HEIGHT OF REFRIGERANT PIPING PER UNIT MODEL

DO NOT DEFORM PIPE WHILE CUTTINGBe extra careful not to damage, dent, or deform the pipe while cutting. This will drastically reduce the heating efficiency of the unit.

STEP 2: REMOVE BURRSBurrs can affect the air-tight seal of refrigerantpiping connection. They must be completely removed.• Hold the pipe at a downward angle to prevent burrs from falling into the pipe.• Using a reamer or deburring tool, remove all burrs from the cut section of the pipe.

Model Capacity (BTU/h) Max. Length (m) Max. Drop Height (m)

R410A Inverter Split Air Conditioner

< 15,000 25 (82’) 10 (33’)

≥ 15,000 and < 24,000 30 (98.5’) 20 (66’)

≥ 24,000 and < 36,000 50 (164’) 25 (82’)

≥ 36,000 and ≤ 60,000 65 (213’) 30 (98.5’)

WARNING

FIG. 5.1 FIG. 5.2

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STEP 3: FLARE PIPE ENDSProper flaring is essential to achieve an airtight seal.• After removing burrs from cut pipe, seal the ends with PVC tape to prevent foreign materials from entering the pipe.• Sheath the pipe with insulating material.• Place flare nuts on both ends of pipe. Make sure they are facing in the right direction, because you can’t put them on or change their direction after flaring. See FIG. 5.3.

• Remove PVC tape from ends of pipe when ready to perform flaring work.• Clamp flare form on the end of the pipe. The end of the pipe must extend beyond the edge of the flare form in accordance with the dimensions shown in the table below.

PIPING EXTENSION BEYOND FLARE FORM

• Place flaring tool onto the form.• Turn the handle of the flaring tool clockwise until the pipe is fully flared.• Remove the flaring tool and flare form, then inspect the end of the pipe for cracks and even flaring.

STEP 4: CONNECT PIPESWhen connecting refrigerant pipes, be carefulnot to use excessive torque or to deform thepiping in any way. You should first connect thelow-pressure pipe, then the high-pressure pipe.

MINIMUM BEND RADIUSWhen bending connective refrigerant piping, the minimum bending radius is 10cm/4"(See FIG. 5.6).

INSTRUCTIONS FOR CONNECTING PIPING TO INDOOR UNIT• Align the center of the two pipes that you will connect (See FIG. 5.7).

• Tighten the flare nut as tightly as possible by hand.• Using a spanner, grip the nut on the unit tubing.• While firmly gripping the nut on the unit tubing, use a torque wrench to tighten the flare nut according to the torque values in the Torque Requirements table (next page). Loosen the flaring nut slightly, then tighten again.

≥10cm/4”Radius

Outer Diameter of Pipe (mm)

A (mm)

Min. Max.

Ø 6.35 (Ø 0.25”) 0.7 (0.0275”) 1.3 (0.05”)

Ø 9.52 (Ø 0.375”) 1.0 (0.04”) 1.6 (0.063”)

Ø 12.7 (Ø 0.5”) 1.0 (0.04”) 1.8 (0.07”)

Ø 16 (Ø 0.63”) 2.0 (0.078”) 2.2 (0.086”)

Ø 19 (Ø 0.75”) 2.0 (0.078”) 2.4 (0.094”)

FIG. 5.3

FIG. 5.5

FIG. 5.4

FIG. 5.8

FIG. 5.6

FIG. 5.7

cm

Flaring tool sold separately

INSTRUCTIONS FOR CONNECTING PIPINGTO OUTDOOR UNIT1 Unscrew the cover from the packed valve on the side of the outdoor unit. (See FIG. 5.9)

2 Remove protective caps from ends of valves.3 Align flared pipe end with each valve, and tighten the flare nut as tightly as possible by hand.4 Using a spanner, grip the body of the valve. DO NOT grip the nut that seals the service valve. (See FIG. 5.10)

USE SPANNER TO GRIP MAINBODY OF VALVETorque from tightening the flare nut can snapoff other parts of valve.

5 While firmly gripping the body of the valve, use a torque wrench to tighten the flare nut according to the correct torque values.6 Loosen the flaring nut slightly, then tighten again.7 Repeat Steps 3 to 6 for the remaining pipe.

DO NOT USE EXCESSIVE TORQUEExcessive force can break the nut or damage the refrigerant piping. You must not exceed torque requirements shown in the table above.

WARNING

TORQUE REQUIREMENTS

Outer Diameter of Pipe (mm) Tightening Torque (N•cm) Add. Tightening Torque (N•m)

Ø 6.35 (Ø 0.25”) 1,500 (11lb •ft) 1,600 (11.8lb •ft)

Ø 9.52 (Ø 0.375”) 2,500 (18.4lb •ft) 2,600 (19.18lb •ft)

Ø 12.7 ( Ø 0.5”) 3,500 (25.8lb•ft) 3,600 (26.55lb•ft)

Ø 16 ( Ø 0.63”) 4,500 (33.19lb•ft) 4,700 (34.67lb•ft)

Valvecover

FIG. 5.9FIG. 5.10

AIR EVACUATIONPREPARATIONS AND PRECAUTIONSAir and foreign matter in the refrigerant circuit can cause abnormal rises in pressure, which can damage the air conditioner, reduce its efficiency, and cause injury. Use a vacuum pump and manifold gauge to evacuate the refrigerant circuit, removing any non-condensable gas and moisture from the system.

Evacuation should be performed upon initialinstallation and when unit is relocated.

BEFORE PERFORMING EVACUATION• Check to make sure that both high pressure and low-pressure pipes between the indoor and outdoor units are connected properly in accordance with the Refrigerant Piping Connection section of this manual.• Check to make sure all wiring is connected properly.

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EVACUATION INSTRUCTIONSBefore using the manifold gauge and vacuum pump, read their operation manuals to familiarize yourself with how to use them properly.

• Connect the charge hose of the manifold gauge to service port on the outdoor unit’s low pressure valve.• Connect another charge hose from the manifold gauge to the vacuum pump.• Open the low pressure side of the manifold gauge. Keep the high pressure side closed.• Turn on the vacuum pump to evacuate the system.• Run the vacuum for at least 15 minutes, or until the compound meter reads -76cmHG (-10 Pa).• Close the low pressure side of the manifold gauge, and turn off the vacuum pump.• Wait for 5 minutes, then check that there has been no change in system pressure.• If there is a change in system pressure, refer to Gas Leak Check section for information on how to check for leaks. If there is no change in system pressure, unscrew the cap from the packed valve (high pressure valve).

FIG. 6.1

FIG. 6.2

• Insert hexagonal wrench into the packed valve (high pressure valve) and open the valve by turning the wrench in a .25" counterclockwise turn. Listen for gas to exit the system, then close the valve after 5 seconds. • Watch the Pressure Gauge for one minute to make sure that there is no change in pressure. The Pressure Gauge should read slightly higher than atmospheric pressure.

• Remove the charge hose from the service port.• Using hexagonal wrench, fully open both the high pressure and low pressure valves.• Tighten valve caps on all three valves (service port, high pressure, low pressure) by hand. You may tighten it further using a torque wrench if needed.

OPEN VALVE STEMS GENTLYWhen opening valve stems, turn the hexagonal wrench until it hits against the stopper. DO NOT try to force the valve to open further.

WARNING

NOTE: ON ADDING REFRIGERANTSome systems require additional charging depending on pipe lengths. The standard pipe length varies according to local regulations. For example, in North America, the standard pipe length is 7.5m/25’. In other areas, the standard pipe length is 5m/16‘. The additional refrigerant to be charged can be calculated using the following formula:

ADDITIONAL REFRIGERANT PER PIPE LENGTHConnective Pipe

Length (m)Air Purging

Method Additional Refrigerant

< Standard pipe length Vacuum Pump N/A

> Standard pipe length

VacuumPump

Liquid Side: Ø 6.35 (ø 0.25”)R22: (Pipe length – standard length) x 30g/m (Pipe length – standard length) x 0.32oZ/ft

Inverter R410A:

Fixed-frequency R410A:

Inverter R410A:

Fixed-frequency R410A:

(Pipe length – standard length) x 15g/m(Pipe length – standard length) x 0.16oZ/ft

(Pipe length – standard length) x 20g/m(Pipe length – standard length) x 0.21oZ/ft

(Pipe length – standard length) x 40g/m(Pipe length – standard length) x 0.42oZ/ft

Liquid Side: Ø 9.52 (ø 0.375”)R22: (Pipe length – standard length) x 60g/m (Pipe length – standard length) x 0.64oZ/ft

(Pipe length – standard length) x 30g/m(Pipe length – standard length) x 0.32oZ/ft

DO NOT MIX REFRIGERANT TYPES.CAUTION

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ELECTRICAL AND GAS LEAK CHECKS

TEST RUN

ELECTRICAL SAFETY CHECKSAfter installation, confirm that all electrical wiringis installed in accordance with local and nationalregulations, and according to the Installation Manual.

BEFORE TEST RUN:CHECK GROUNDING WORKMeasure grounding resistance by visual detectionand with grounding resistance tester. Groundingresistance must be less than 4.

BEFORE TEST RUNOnly perform test run after you have completed the following steps:• Electrical Safety Checks – Confirm that the unit’s electrical system is safe and operating properly.• Gas Leak Checks – Check all flare nut connections and confirm that the system is not leaking.• Confirm that gas and liquid (high and low pressure) valves are fully open.

TEST RUN INSTRUCTIONSYou should perform the Test Run for at least 30 minutes.• Connect power to the unit.• Press the ON/OFF button on the remote control to turn it on.• Press the MODE button to scroll through the following functions, one at a time: a) COOL – Select lowest possible temperature. b) HEAT – Select highest possible temperature.• Let each function run for 5 minutes, and perform the following checks in the chart to the right:

WARNING – RISK OF ELECTRIC SHOCK! ALL WIRING MUST COMPLY WITH LOCAL AND NATIONAL ELECTRICAL CODES, AND MUST BE INSTALLED BY A LICENSED ELECTRICIAN.

GAS LEAK CHECKSThere are two different methods to check for gas leaks.

SOAP AND WATER METHODUsing a soft brush, apply soapy water or liquid detergent to all pipe connection points on the indoor unit and outdoor unit. The presence of bubbles indicates a leak.

LEAK DETECTOR METHODIf using leak detector, refer to the device’s operation manual for proper usage instructions.

AFTER PERFORMING GAS LEAK CHECKSAfter confirming that the all pipe connection points do not leak, replace the valve cover on the outside unit.

DURING TEST RUN:CHECK FOR ELECTRICAL LEAKAGEDuring the Test Run, use an electroprobe and multimeter to perform a comprehensive electrical leakage test.

If electrical leakage is detected, turn off the unitimmediately and call a licensed electrician to findand resolve the cause of the leakage.

NOTE:This may not be required for some locations in the US.

NOTE:This may not be required for some locations in the US.

WARNING

List of Checks to Perform PASS/FAIL

No electrical leakage

Unit is properly grounded

All electrical terminals properly covered

Indoor and outdoor units are solidly installed

All pipe connection points do not leak

Outdoor (2):

Indoor (2):

Water drains properly from drain hose

All piping is properly insulated

Unit performs COOL function properly

Unit performs HEAT function properly

Indoor unit louvers rotate properly

Indoor unit responds to remote controller

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DOUBLE-CHECK PIPE CONNECTIONSDuring operation, the pressure of therefrigerant circuit will increase. This mayreveal leaks that were not present during yourinitial leak check. Take time during the TestRun to double-check that all refrigerant pipeconnection points do not have leaks. Refer toGas Leak Check section for instructions.

• After the test run is successfully complete, and you confirm that all checks points in List of Checks to Perform have PASSED, do the following: a) Using remote control, return unit to normal operating temperature. b) Using insulation tape, wrap the indoor refrigerant pipe connections that you left uncovered during the indoor unit installation process.

IF AMBIENT TEMPERATURE IS BELOW 17°C /63°FYou can’t use the remote control to turnon the COOL function when the ambienttemperature is below 17°C. In this instance,you can use the MANUAL CONTROL buttonto test the COOL function.• Lift the front panel of the indoor unit, and raise it until it clicks in place.• The MANUAL CONTROL button is located on the right-hand side of the unit. Press it 2 times to select the COOL function (See FIG. 8.1).• Perform test run as normal.

This appliance contains refrigerant and other potentially hazardous materials. When disposing of this appliance, the law requires special collection and treatment. DO NOT dispose of this product as household waste or unsorted municipal waste. When disposing of this appliance, you have the following options:• Dispose of the appliance at designated municipal electronic waste collection facility.

SPECIAL NOTICEDisposing of this appliance in the forest or other natural surroundings endangers your health and is bad for the environment. Hazardous substances may leak into the ground water and enter the food chain.

Manual control button

DISPOSAL GUIDELINES

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A/C – Air conditioning also referred to as A/C. A system or device for reducing the temperature and humidity, in a space.

AHAM – Acronym for Association of Home Appliance Manufacturers. AHAM produces the official rating for dehumidifiers.

BTU – British Thermal Unit. A single BTU is the amount of energy required to cool or heat a pound of water one degree Fahrenheit.

Condenser – The unit used to condense a substance from a gaseous state to liquid by cooling it. Condensers are generally recognized as heat exchangers. In the case of air conditioners they extract the inside heat from the interior of the air conditioner to the outside air. Often referred to as “the outdoor unit.”

Dehumidifier – Also called, dehums. Dehumidifiers remove humidity and are used to keep a rooms humidity levels in check. Maintaining correct humidity will ensure a healthy crop. Too much humidity will cause molds, rot and devastate your crop.

Digital Inverter Compressor – A digitally controlled compressor that converts AC voltage to DC voltage to control compressor speed. The inverter allows precise throttle control of the conditioning unit based on the load or need. Inverter units are quieter, more efficient and last longer.

Ductless Mini-Split – An air conditioner or heat pump that requires no duct work to function. The unit hangs on the wall or ceiling and cools or heats the surrounding area.

Evaporator – The indoor portion of the heat pump or air conditioner. In a mini-split system this hangs on the wall or ceiling and provides the heating or cooling of the space.

H/P – Heat Pump. A unit that can operate as both an air conditioner or a heater. When it’s cold outside a heat pump extracts the outside heat and transfers it inside. When it’s warm outside, it reverses directions and acts like an air conditioner, removing heat. A heat pump moves heat instead of generating it, giving you more energy efficiency.

HSPF – Heating Seasonal Performance Factor. The greater the number/rating the more efficient the heating. A 10 HSPF, for example is a very good rating.

Humidifier – Humidifiers use water to put humidity in the growing space. Many plants we grow indoors are accustomed to growing outdoors in tropical areas where humidity is high. Also certain parts of the country are drier than others so you will need to add humidity.

Line Set – Insulated copper tubing used to connect the evaporator and condenser. The refrigerant travels back and forth through the line set between the evaporator and condenser to create either cooling or heating.

R-410 – A type of refrigerant. Unlike alkyl halide refrigerants, R-410A (which contains only fluorine) does not contribute to ozone depletion. Because of that attribute it’s preferred and used more broadly instead of R-22 which are phased out. R-410 refrigerants allow for higher SEER ratings therein reducing power consumption and improving unit efficiency.

SEER – Seasonal Energy Efficiency Ratio. The greater the SEER rating, the more efficient the cooling system. The minimum SEER rating allowed by the Federal Government is 14.

Ton – The size of air conditioning unit (heating or cooling) is common referred to in “tons”. A one ton unit, for example, is 12,000 BTU’s. A two ton, 24,000 BTU’s, etc. This was arrived at using a standard of how long it would take to melt ice. A one ton unit takes 12,000BTU’s of heat one hour to melt a ton of ice.

VFD – Variable Frequency Drive. The VFD is a an electrical device that’s used to control the speed and torque of an air conditioning motor, like those used in an inverter compressor.

GLOSSARY OF TERMS

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NOTES

_______________________________________________________ ________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

IMPORTANT

1-877-943-3251

Product not working properly?

Contact Ideal-AirTM support directlyat support@ideal-air.com or call

For answers to most common questions and a completetechnical support library please visit www.ideal-air.com

All design and specifications herein are subject to change without notice for product improvement. Contact Ideal-AirTM for details,

updates and other information.

DO NOT return this product to the store where you

purchased it.